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Alumina Precision Ceramics Redefining High-End Manufacturing with Diamond-Like Hardness and Exceptional Performance

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Highlight:

Industry Alumina Ceramic

,

High Temperature Alumina Ceramic

High Temperature Stability:
Excellent
Size:
Customized
Low Thermal Expansion:
Excellent
Purity:
96%,99%
Dielectric Constant:
9.8
Dielectric Strength:
15 KV/mm
Elastic Modulus:
380 GPa
Method:
Lsostatic Presure
Max Operating Temperature:
1700°C
Color:
White
Maximum Use Temperature:
1700c
Electrical Resistivity:
10^14 Ohm-cm
Melting Point:
2040°C
Compressive Strength:
3000 MPa
Water Absorption:
0
High Temperature Stability:
Excellent
Size:
Customized
Low Thermal Expansion:
Excellent
Purity:
96%,99%
Dielectric Constant:
9.8
Dielectric Strength:
15 KV/mm
Elastic Modulus:
380 GPa
Method:
Lsostatic Presure
Max Operating Temperature:
1700°C
Color:
White
Maximum Use Temperature:
1700c
Electrical Resistivity:
10^14 Ohm-cm
Melting Point:
2040°C
Compressive Strength:
3000 MPa
Water Absorption:
0
Alumina Precision Ceramics Redefining High-End Manufacturing with Diamond-Like Hardness and Exceptional Performance

Alumina Precision Ceramics Redefining High-End Manufacturing with Diamond-Like Hardness and Exceptional Performance 0

 

Alumina Precision Ceramics – Leading a New Era of High-End Manufacturing with Exceptional Performance
As a representative of advanced ceramic materials, alumina precision ceramics are redefining modern industrial material standards with their diamond-like ultra-high hardness (Mohs hardness 9), outstanding high-temperature resistance (melting point up to 2054°C), and excellent chemical stability. Whether for demanding semiconductor packaging substrates, high-precision mechanical seals, or long-term human joint implants, alumina ceramics provide the perfect solution.
In the electronics industry, our alumina ceramic substrates offer ultra-high insulation performance (volume resistivity >10¹⁴ Ω·cm) and exceptional thermal conductivity (30 W/m·K), ensuring reliable performance for high-end applications such as 5G communications and power modules. In industrial applications, alumina ceramic components reduce wear rates by 70% compared to traditional metal materials, significantly extending equipment service life. In the medical field, precision-polished alumina ceramic implants, certified to ISO 13356, demonstrate outstanding biocompatibility and ultra-long service life (over 20 years).
We provide end-to-end customization services—from raw materials to finished products—including precision machining and specialized surface treatments to meet your most demanding material performance requirements. Choosing alumina precision ceramics means choosing a future of greater reliability, durability, and performance!